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Close coupling of a MIMD system to a MAXbus pipeline -- the Kiwivision MTM multi-transputer architecture

Roger S. Clist, Robert J. Valkenburg

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Abstract

This paper describes the Kiwivision Multi-Transputer Module which has been developed at Industrial Research Limited. It is a MIMD architecture which is tightly coupled to external hardware compatible with the MAXbus^TM pipeline standard. The features of Kiwivision are described with particular emphasis given to its inter-processor connectivity and data handling abilities. An implementation of the 2D Fast Fourier Transform is used to illustrate the data movement strengths of the design. Keywords: MIMD, MISD, multi-processor, transputer, pipeline processing 1. INTRODUCTION High-speed machine vision systems frequently need to be capable of performing a wide variety of algorithms, from low-level pixel based operations such as convolution to higher-level functions such as object recognition. To achieve such a diverse range of functions places conflicting requirements on the system architecture. Two architectures frequently used are MISD (Multiple-Instruction--Single-Data) or MIMD (Multip...

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This paper describes the Kiwivision Multi-Transputer Module which has been developed at Industrial Research Limited. It is a MIMD architecture which is tightly coupled to external hardware compatible with the MAXbus^TM pipeline standard. The features of Kiwivision are described with particular emphasis given to its inter-processor connectivity and data handling abilities. An implementation of the 2D Fast Fourier Transform is used to illustrate the data movement strengths of the design. Keywords: MIMD, MISD, multi-processor, transputer, pipeline processing 1. INTRODUCTION High-speed machine vision systems frequently need to be capable of performing a wide variety of algorithms, from low-level pixel based operations such as convolution to higher-level functions such as object recognition. To achieve such a diverse range of functions places conflicting requirements on the system architecture. Two architectures frequently used are MISD (Multiple-Instruction--Single-Data) or MIMD (Multip...

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Available abstract

This paper describes the Kiwivision Multi-Transputer Module which has been developed at Industrial Research Limited. It is a MIMD architecture which is tightly coupled to external hardware compatible with the MAXbus^TM pipeline standard. The features of Kiwivision are described with particular emphasis given to its inter-processor connectivity and data handling abilities. An implementation of the 2D Fast Fourier Transform is used to illustrate the data movement strengths of the design. Keywords: MIMD, MISD, multi-processor, transputer, pipeline processing 1. INTRODUCTION High-speed machine vision systems frequently need to be capable of performing a wide variety of algorithms, from low-level pixel based operations such as convolution to higher-level functions such as object recognition. To achieve such a diverse range of functions places conflicting requirements on the system architecture. Two architectures frequently used are MISD (Multiple-Instruction--Single-Data) or MIMD (Multip...

Key concepts: MIMD, Transputer, Pipeline (software), Computer science, Parallel computing, Computer architecture, Coupling (piping), Architecture

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